Cable Grip
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Feeder Line Hanging Net Type BD
Product Parameters
| Model | Size Range | Mesh length | Total length | Breaking load |
| BDK-1 | 45485 | 230 | 450 | 420 |
| BDK-2 | 13-18 | 260 | 500 | 450 |
| BDK-3 | 18-25 | 310 | 550 | 560 |
| BDK-4 | 25-31 | 360 | 600 | 700 |
| BDK-5 | 32-36 | 400 | 650 | 700 |
Specifications
01
7 Jan 2019
Surface State:
The surface of the Feeder Line Hanging Net is usually treated specially to present a smooth and wear-resistant state. The smooth surface helps reduce friction during lifting and fixing, avoiding scratching the outer protective jacket of the Feeder Line or other equipment surfaces, ensuring that the equipment being lifted and fixed has an intact appearance. Meanwhile, the wear-resistant property enables it to maintain a good surface state even under frequent use, extending its service life.
Common types of core include single-core and multi-core structures. Single-core Feeder Line Hanging Nets are relatively lightweight and flexible, suitable for scenarios where the pulling force requirement is not particularly high and the Feeder Line weight is relatively light, such as the suspension and fixing of small indoor communication base station Feeder Lines. Multi-core structures are made up of multiple core ropes woven together, with a higher overall strength that can withstand greater pulling forces. They are commonly used in large communication base stations and power transmission lines where higher pulling force requirements exist, ensuring safe and reliable operation when lifting heavier Feeder Lines and equipment.
Precautions
01
7 Jan 2019
Use and Operation
1. Before using the Feeder Line Hanging Nets, carefully inspect the net for any obvious defects such as tears, deformation, and broken threads. If any problems are found, replace the net immediately and do not use it with any potential safety hazards.
2. Select the appropriate size of Feeder Line Hanging Nets based on the weight, length, shape, and lifting distance of the Feeder Line and related equipment. Ensure that the net's carrying capacity and size meet the actual operational requirements to avoid safety accidents caused by improper selection.
3. When wrapping the Feeder Line, cover the net evenly over the Feeder Line surface to ensure a tight and complete wrapping without any missed areas. For suspension nets with multiple connection points, securely fasten the connection points to the corresponding lifting or fixed equipment to prevent the net from loosening during operation, causing the Feeder Line to slip or swing.
4. During operation, avoid direct contact between the net and sharp objects to prevent the steel ropes from being scratched or cut, affecting the integrity and safety of the net.
Inspection and Maintenance
1. After each use, a full inspection should be conducted on the Feeder Line Hanging Nets. The focus should be on checking whether there is any wear and tear on the steel ropes, as well as any broken strands. Also, check if there are any loose or unraveled parts in the weaving of the net.
2. If there is minor wear on the steel ropes, they can be lubricated appropriately to extend their service life. However, if the wear is severe or the number of broken strands exceeds the specified proportion (usually no more than 5% of the total number of strands), the net should be replaced in time.
3. For any loose or unraveled parts in the weaving of the net, they should be replaced immediately to ensure the integrity and reliability of the net.
Storage Conditions
1.Feeder Line Hanging Nets should be stored in a dry and well-ventilated environment to avoid rusting due to moisture. A humid environment is easy to cause rust on the steel rope surface, reducing its strength and service life.
2.When storing, the net should be neatly packed iqnto a sealed cardboard box.
3.Do not place Feeder Line Hanging Nets with sharp or corrosive items together to prevent it from being scratched or damaged by corrosion.
Product Features
Materials and Structures
The Feeder Line Hanging Net is usually made of high-strength steel wire rope as the main material, which has a very high tensile strength and can withstand large pulling forces without easily breaking. Its weaving structure is designed uniquely, with multiple steel cables intertwined to form a tight and elastic net-like structure. This structure is able to adapt well to the shape of the Feeder Line and achieve full wrapping of the Feeder Line, distributing the pulling force evenly during lifting and fixing to ensure the stability of the Feeder Line.
Flexibility
Because of its unique weaving structure and enveloping design, the enveloping Feeder Line suspension net has excellent flexibility and adjustability. When wrapping different shapes and sizes of Feeder Lines, the wrapping method and degree can be flexibly adjusted according to the actual shape of the Feeder Line, so that the net can be tightly wrapped around the Feeder Line to achieve the best fixing effect. Moreover, even if the shape or position of the Feeder Line changes slightly during operation, the net can automatically adapt and adjust its wrapping state to maintain effective fixing of the Feeder Line, without becoming too rigid and causing the fixing to fail.
Application Fields
Lifting and Dragging
In communication engineering lifting operations, such as the installation of Feeder Lines when the base station is under constructing, the Feeder Line Hanging Nets serves as the main lifting tool, which can reliably bear the weight of the Feeder Line and lift it from the ground to the corresponding position on the tower, ensuring a smooth and safe lifting process. In the case of pulling operations, for example, when adjusting the position or maintaining some already installed Feeder Lines, the lifting net can be used for pulling operations to safely move the Feeder Line to the desired position.
Fixed and tied
In both communication engineering and power engineering, the Feeder Line Hanging Nets can be used to secure and bind Feeder Lines and related equipment. In a communication base station, the Feeder Line is fixed at the corresponding position on the tower or building to prevent it from swaying or shifting due to wind, vibration, etc. In power engineering, it is used to secure power cables to ensure stability during operation and prevent connection points from becoming loose or damaged due to external forces.
Rescue and safety applications
In certain special situations, such as when communication or power lines are damaged by natural disasters (such as typhoons, earthquakes, etc.), the Feeder Line Hanging Nets can be used for rescue and safety assurance work. For example, when repairing communication lines, the net can be used to quickly wrap and hoist damaged feeder lines and safely transfer them to the repair location. When setting up temporary safety barriers, the net can also be used to secure it to surrounding fixed objects to prevent personnel from mistakenly entering dangerous areas.
Other Areas
In addition to the main application areas mentioned above, the Feeder Line Hanging Nets also has its place in some special engineering or work scenarios. For example, in the putting up of filming locations, it is used to secure cables and lighting lines to ensure the safety of electrical wiring in the shooting site; in the set up of large-scale events, it is used to secure various electrical wires to ensure the safety of electrical use at the event site.
The Feeder Line Hanging Net, with its unique product specifications, distinct product features, and wide range of applications, has become an indispensable practical tool in many industries, playing an important role in ensuring the smooth progress of various operations and the safety of personnel and property. By strictly following the precautions during use, the lifespan and efficiency of use of the product can be further extended.